1. System Overview: Technical Composition of Intelligent Fire Pumps
The ZJ-BETTER electric fire pump system includes main pumps, pressure-stabilizing pumps, electrical control cabinets, and intelligent control modules, featuring a skid-mounted integrated structure for easy transportation and rapid installation. The core control system is developed based on a PLC (Programmable Logic Controller) platform, integrated with a human-machine interface and various sensors to achieve comprehensive monitoring of parameters such as flow rate, pressure, current, voltage, and water tank level. The system achieves seamless connectivity with fire control centers, BMS building management systems, or monitoring platforms via standard industrial communication protocols, providing users with efficient, real-time data monitoring and remote operation capabilities.
2. Detailed Explanation of Remote Monitoring Function: Real-Time System Status Monitoring
Remote monitoring functionality is a key feature of the ZJ-BETTER electric fire pump system. Through the industrial communication module built into the control cabinet, the system can upload operational data in real time to a cloud platform or the user's local server. Users can view the pump group's operational status via a PC or mobile app, including whether the pump is currently running, whether the pressure value is within the set range, and whether the motor current is abnormal. In the event of a fault or alarm exceeding limits, the system will notify managers via SMS, email, or app push notifications, enabling immediate remote response and significantly improving emergency response efficiency.
3. Intelligent Switching Mechanism: Ensuring Efficient Redundancy Between Primary and Standby Pumps
The intelligent switching mechanism is a critical function for ensuring the reliable operation of the fire pump system. The ZJ-BETTER system can automatically switch between primary and standby pumps based on pressure sensor feedback signals or predefined time intervals, enabling balanced usage and extended equipment lifespan. For example, when the primary pump has been running continuously beyond the set threshold, the system will automatically switch to the standby pump, ensuring balanced utilization and extended equipment lifespan. In the event of a main pump failure (such as overload, phase loss, or overheating), the system will immediately switch to the standby pump and issue an alarm, ensuring uninterrupted water supply.
4. Interlocking Control Capability: Integration with Fire Control Centers and Building Systems
The ZJ-BETTER intelligent fire pump system supports various interlocking control logics, enabling synchronized start/stop operations with fire alarm systems, sprinkler systems, water tank level monitoring systems, and other systems according to project requirements. For example, upon receiving a fire alarm signal, the system can immediately start the main pump and activate all standby pumps to stand by, while simultaneously feeding back the operational status to the fire control center. Additionally, by integrating with the BMS building control system, managers can remotely centralize the scheduling, parameter adjustment, and energy consumption analysis of fire pumps, thereby enhancing the overall collaborative efficiency of the building's fire protection system.
5. Intelligent Human-Machine Interface: Intuitive Operation and User-Friendly Interface
The ZJ-BETTER fire pump system is equipped with a 7-inch or 10-inch color touchscreen, featuring a clear interface layout with dual graphical and data displays, and supports Chinese-English language switching. Users can view real-time data, operational curves, and alarm records on the HMI interface, and perform operations such as start/stop control, parameter settings, and operational mode switching. The system features hierarchical permission management, with clear distinctions between administrator, operator, and visitor permissions to prevent accidental manipulation of critical parameters. The interface supports historical data storage and export for subsequent analysis and maintenance.
6. Alarm and Fault Diagnosis System: Timely and Accurate Fault Warnings
The system is equipped with a comprehensive alarm mechanism capable of real-time detection of various fault types, including motor overload, voltage abnormalities, phase sequence errors, low pipeline pressure, and low water tank levels. In the event of an anomaly, the system will trigger sound alarms, flashing indicator lights, and touchscreen pop-up alerts, while simultaneously pushing detailed information about the fault type, time, and location to the backend system. The diagnostic system has self-learning capabilities, enabling it to analyze historical data to identify recurring fault patterns, assist maintenance personnel in quickly pinpointing the cause of issues, and optimize operational strategies.
7. Data recording and cloud platform integration: Enabling data visualization management
The ZJ-BETTER intelligent fire pump system supports local data storage and cloud synchronization, with operational data statistics and reports generated by minute, hour, day, or month. Users can log in to the ZJ-BETTER cloud monitoring platform to view the operational status of pump groups at various sites, enabling centralized management and maintenance across multiple projects. If data needs to be exported for government filing or third-party audits, the system supports quick export to ensure data compatibility and readability. The cloud platform employs multi-layer data encryption technology to safeguard user information security.
8. Compatible with Multiple Voltages and Frequencies to Meet Global Market Demands
To adapt to different power standards in various countries and regions, the ZJ-BETTER electric fire pump system supports multiple voltage and frequency combinations, including 380V/50Hz, 400V/50Hz, 415V/50Hz, 460V/60Hz, and 480V/60Hz. The system can be configured with corresponding controllers, motors, and electrical components based on the customer's project location to ensure stable system operation. The system also meets international certification requirements such as CE, making it widely applicable to markets in the Middle East, Africa, Southeast Asia, Europe, and other regions.
9. Skid-mounted integrated design for easy installation and cost savings
The system adopts a skid-mounted integrated structure, with all equipment (pump sets, electrical control cabinets, pressure gauge sets, and pressure-stabilizing pumps) pre-connected, tested, and pressure-tested at the factory. Customers only need to connect the power supply and inlet/outlet water pipes upon receipt to put the system into operation, significantly reducing on-site construction time. The skid body is made of corrosion-resistant coated carbon steel or stainless steel, offering excellent corrosion resistance and wear resistance. The unit is equipped with lifting holes, anchor bolt holes, and grounding terminals at the factory, facilitating quick on-site installation and future maintenance.
10. Typical Cases and Customer Feedback: Project Performance Demonstrates Quality
The ZJ-BETTER Intelligent Electric Fire Pump System has been applied in key projects across multiple countries, including the UAE office building project, Nigeria hospital expansion project, Vietnam industrial park factory fire protection system, and Indonesia airport renovation project. Customer feedback consistently highlights the system's stable operation, rapid response, and practical remote control functionality, significantly reducing on-site manpower costs. ZJ-BETTER also provides overseas customers with 24/7 online technical support, remote commissioning guidance, and local installation scheme assistance, delivering a comprehensive service from product delivery to solution implementation.
The ZJ-BETTER electric fire pump system integrates advanced features such as remote monitoring, intelligent switching, cloud data management, and multi-protocol communication, significantly enhancing the intelligence level and response efficiency of fire protection systems. Its high reliability, flexible configuration, and international compatibility make it particularly suitable for medium to large-scale public buildings, high-rise residential complexes, industrial zones, and overseas projects. In the future, as fire protection equipment and the Internet of Things (IoT) continue to integrate deeply, this system will further expand its functional boundaries, becoming a leading force in the global smart fire protection field.
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